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<p>be at least as "<a href="page.php?w=NP-hardness">hard</a>" to solve as the former.</p>

<p>Reduction in <a href="page.php?w=theoretical_computer_science">theoretical computer science</a> is pervasive in both: the mathematical abstract foundations of computation; and in real-world <a href="page.php?w=Analysis_of_algorithms">performance or capability analysis of algorithms</a>. More specifically, reduction is a foundational and central concept, not only in the realm of mathematical logic and abstract computation in <a href="page.php?w=Computability_theory">computability (or recursive) theory</a>,</p><p>
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